CCII-based minimum-phase floating admittance function simulators employing a current-mode filter

Two generalized schemes for the realization of second-generation current conveyor (CCII)-based stable minimum-phase floating admittance simulators are proposed. A given stable minimum-phase current transfer function can be converted into a simulator. This simulator can be integrated in IC technology by choosing the all-component-grounded current-mode filter. Neither active nor passive component-matching is required. The simulation result, using HSPICE, for a voltage divider of a grounded 10000 Ω resistor and a stable minimum-phase floating admittance simulator connected in series is given to verify the theoretical prediction.